Agilent Technologies E6630A User manual

Agilent Technologies
Agilent E6630A
Wireless Connectivity
Test Set
Getting Started Guide

Notices
© Agilent Technologies, Inc. 2013
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Manual Part Number
E6630-90001
Print Date
December 2013
Printed in USA
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Santa Rosa, CA 95403
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In This Guide… This guide contains the following information:
1 Quick-Start
This chapter explains how to initialize the test set and generate and view a
signal.
2 Front and Rear Panel Features
Refer to this chapter for information on front- and rear-panel key
functionality, and display annotations.
3 Test Set Operating System
This chapter describes the Microsoft Windows configuration and the
settings used with the Agilent test set software.
4 Using Microsoft Windows
The information in this chapter provides some guidelines for using the
Microsoft Windows feature capabilities with the test set.
5 Troubleshooting
This chapter details some basic steps that may solve any problems you are
experiencing with either the test set or Microsoft Windows.
Warranty
This Agilent Technologies product is warranted against defects in material and
workmanship for a period of one year from the date of shipment. during the warranty
period, Agilent Technologies will, at its option, either repair or replace products that
prove to be defective.
For warranty service or repair, this product must be returned to a service facility
designated by Agilent Technologies. Buyer shall prepay shipping charges to Agilent
Technologies shall pay shipping charges to return the product to Buyer. However,
Buyer shall pay all shipping charges, duties, and taxes for products returned to Agilent
Technologies from another country.
Where to Find the Latest Information
Documentation is updated periodically. For the latest information about this test set,
including firmware upgrades, application information, and product information, see
the following URLs:
http://www.agilent.com/find/e6630a
To receive the latest updates by email, subscribe to Agilent Email Updates:
http://www.agilent.com/find/emailupdates
Information on preventing test set damage can be found at:
http://www.agilent.com/find/tips

Getting Started Guide 5
Contents
1 Quick-Start
About the Test Set 10
Instrument Selection 12
Initial Inspection 13
Table. Verifying the contents 13
Shipping problems? 14
Test Set Location and Rack Mounting Requirements 14
Turning on the test set the first time 15
Initializing the test set using a USB mouse and external monitor 15
Source Level Accuracy 20
Source Alignment 20
Power Search 20
Options 21
Anti-Virus Software and Firewalls 21
Shortening the Test Set Power-On Time 21
Instrument Information 22
Power requirements 22
Environmental Conditions (Operating) 23
Ventilation 24
Instrument Maintenance 24
Protecting against electrostatic discharge 26
2 Front Panel Features
Front-Panel Features 28
Input/Output Hardware Interface 30
Controller Hardware Interface 32
Virtual Front Panel 34
When the Test Set is Controlled Remotely 35

6Getting Started Guide
Display Annotations 36
Rear-Panel Features 38
Front and Rear Panel Symbols 39
3 Test Set Operating System
Agilent Software Installed 42
Agilent V9060A & V9077A software 42
Customer Installation of Software 43
3rd party software verified by Agilent 43
Installation of other 3rd party software 43
User Accounts 44
Administrator login 44
User login 44
AgilentOnly user account 44
Agilent service user accounts 44
Customer creation of accounts 45
Agilent Licensing Options 46
Fixed Perpetual 46
Transportable Perpetual 46
Time-Limited Licenses 47
Licensing New Measurement Application Software - After Initial Purchase 48
Transporting a License Between Test Sets 50
Windows Configuration 53
Settings that can be changed 53
Settings that must not be changed 54
Configuring Printers 56
Configuring LAN 57
Hostname 57
IP Address & Gateway 57
Windows Security 58
Windows Firewall 59
Automatic updates 59
Virus protection 60
Spyware protection 61
System Maintenance 62
Backup 62
System restore 62

Getting Started Guide 7
Disk defragmenting 62
USB Connections 63
Hard Drive Partitioning and Use 64
Hard Drive Recovery Process 65
Updating the software 67
Configuring recovery prompt timing 73
4 Using Microsoft Windows Operating System
Navigating Windows Without a Mouse 76
Remote Desktop: Using the Sest Set Remotely 77
Overview of Remote Desktop operation 77
Setting up Remote Desktop operation 77
How to locate the computer name of the test set 79
Running a Remote Desktop session 81
The Virtual Front Panel 90
Capturing/Printing Displays and Windows 91
Windows Shortcuts and Miscellaneous Tasks 92
Windows shortcuts (key combinations) 92
Windows taskbar auto-hide feature 93
Windows startup folder 95
5 Troubleshooting
Check the Basics 98
Problems with Microsoft Windows Operating System 100
Returning a test set for Service 101
Calling Agilent Technologies 101
Locations for Agilent Technologies 101
Read the Warranty 102
Service Options 102
Packaging the Test Set 103
Index

8Getting Started Guide

9
Agilent E6630A Wireless Connectivity Test Set
Getting Started Guide
Agilent Technologies
1
Quick-Start
This section explains how to initialize the test set and generate and view a signal.
The following topics can be found in this section:
“About the Test Set" on page 10
“Initial Inspection" on page 13
“Test Set Location and Rack Mounting Requirements" on page 14
“Turning on the test set the first time" on page 15
“Anti-Virus Software and Firewalls" on page 21
“Shortening the Test Set Power-On Time" on page 21
“Instrument Information" on page 22

10 Getting Started Guide
1Quick-Start
About the Test Set
The E6630A Wireless Connectivity Test Set contains one or two transmit/receive
instruments containing an RF source and an RF analyzer. Each instrument is run by its
own instance of the XSA firmware application (a fully loaded test set shows two
independent XSA windows on its monitor display).
The test set is typically used in conjunction with the E6618A Multiport Adapter, as
illustrated below.

Quick-Start 1
Getting Started Guide 11
The multiport adapter splits the downlink RF signal from the test set’s source into eight
RF output paths. All eight output paths can be active at once, or the user can activate a
subset of them in any desired combination. Each path interfaces to an RFIO port through
a coupler, so that the RFIO port can also return an uplink signal to the analyzer in the test
set. (Usually an RFIO port is either an input or an output at any given time, but in
LTE-FDD applications is can serve as both at once.) The coupler in the RF output path
can be bypassed by a high-power output-only path (this output-only path cannot be
selected directly by the user; it is activated automatically, as needed, during LTE-TDD
measurements).
Alternatively, the downlink RF signal from the test set’s source can be sent through a
4-way splitter to the four GNSS outputs of the multiport adapter. (This path can be
directly selected by the user.)
Each of the eight RF Uplink RF signals is directed back to the test set through one of the
eight selectable RF input paths. Each path leads through a coupler to a set of RF
switches, and is returned to the test set’s analyzer.
NOTE Downlink and uplink signals are handled slightly differently by the multiport adapter.
Downlink signals from the test set’s source are split so as to provide a stimulus output to
as many as eight ports at the same time. Uplink signals to the test set’s analyzer,
however, are switched rather than split, and at a given time the analyzer receives an
input from only one of the eight RFIO ports of the multiport adapter.

12 Getting Started Guide
1Quick-Start
Instrument Selection
On the monitor or remote desktop view of the test set, each of the two instruments is
represented by a separate XSA window. You can identify which TRX a window controls
by looking for the identifier (“Left” or “Right”) at the top left corner of the window.
Although the test set as a whole is assigned only one IP address for the entire PXIe
chassis, the individual instruments within the chassis can be differentiated in network
communication with the test set. For information on how to send commands to the test
set, using a VISA connection, see the Agilent E6630A Programmer’s Guide, which is
available online at:
http://www.agilent.com/find/E6630A_manuals
NOTE If the E6630A includes both of the possible sub-instruments, they are controlled using
separate VISA connections. By default, the left and right sub-instruments are
distinguished by the socket numbers 5025 and 5125, respectively.
Left sub-instrument:
TCPIP0::<hostname>::5025::SOCKET
Right sub-instrument:
TCPIP0::<hostname>::5125::SOCKET

Quick-Start 1
Getting Started Guide 13
Initial Inspection
Inspect the shipping container and the cushioning material for signs of stress. Retain the
shipping materials for future use, as you may wish to ship the test set to another location
or to Agilent Technologies for service.
Verifying the contents
Item Deliverable Description
Getting Started Guide Provides first-time power on instructions,
licensing information, operating system
information, and general hardware
information.
USB keyboard & mouse A keyboard and mouse for communication
with the controller and measurement
applications.
Power cable Connection for test set power.

14 Getting Started Guide
1Quick-Start
Shipping problems?
If the shipping materials are damaged or the contents of the container are incomplete:
• Contact the nearest Agilent Technologies office.
• Keep the shipping materials for the carrier’s inspection.
• If you must return an test set to Agilent Technologies, use the original (or
comparable) shipping materials. See “Returning a test set for Service" on page 101.
Test Set Location and Rack Mounting Requirements
Locating the test set
Make sure that the fan inlet and exhaust vent areas on the sides of the test set are not
obstructed. The minimal required clearance is 2 inches. Airflow restrictions cause
additional airflow noise and cause the fans to speed up so they can draw in enough air for
the required cooling resulting in excessive audible noise.
Cooling and rack mounting
Do not rack mount the test set side-by-side with any other instrument with side-by-side
ventilation. Make sure the exhaust air from the first instrument is directed away from the
inlet of the second unit. If the pre-heated air from the first instrument is directed into the
second instrument, it can cause excessive operating temperatures in the second unit and
can cause instrument failures. The test set draws air in from the left side and exhausts air
from the right side.

Quick-Start 1
Getting Started Guide 15
Turning on the test set the first time
Initializing the test set using a USB mouse and external monitor
During the initial power-on process, the test set turns off and restarts
several times. This only happens during the initial installation process.
Steps Actions Notes
1Connect a mouse and
keyboard •Connect the mouse and
keyboard to two of the USB
ports on the front panel
panel of the test set.
2Connect a VGA monitor •Connect the monitor to the
monitor port on the front
panel of the test set.
•Model E6630A has no display; an external monitor
is required.
•See “Virtual Front Panel" on page 34.
3Power on the test set aPosition the test set so you
have easy access to the
power cord and plug it in.
bPress the power switch
(located near the top right
corner of the PXI rack) to
turn the test set on.
•See “Test Set Location and Rack Mounting
Requirements and “Power requirements" on page 22
for more details.
•The test set can require more than 5 minutes to
power-on. This is affected by Windows start-up
requirements.
•The Agilent Technologies screen appears followed
by a screen that allows you to select the operating
system.
•At this time, it is safe to turn off the test set before
starting the Setup Wizard.

16 Getting Started Guide
1Quick-Start
4Launch Microsoft Setup
Wizard •Highlight Microsoft
Windows and press Enter
to start the pre-installed
operating system.
aThe analyzer performs the following steps:
•Windows Startup window
•Black screen
•Windows message window, “Please wait while windows prepares to setup”
•Blue Agilent window
•The following Welcome window appears giving you information about the
End-User License Agreement.
•At this time, it is safe to turn off the instrument before initializing the software.
After launching the setup, do not turn off the instrument or remove power before the
Setup Wizard completes and the system restarts. Turning off the instrument may corrupt
the system and the application may not operate.
5Reboot and logon aClick OK •When the instrument restarts, the following message
window appears:
Steps Actions Notes

Quick-Start 1
Getting Started Guide 17
•This window appears and covers the LaunchXSA window.
If you do not check the “Do not show this message again” check box, this message will
be displayed each time the analyzer is turned on. No application will start while this
message is displayed. Before continuing, make sure that you carefully read the
Anti-Virus message and determine what action is appropriate.
6Disable the Anti-Virus
message aSelect the check box and click Continue.•Messages similar to the following continue to
appears:
•The system reboots.
•Several required processes continue.
•The system reboots.
•The XSA application initializes
7If two sub-instruments are installed in the PXI rack, two instances of the application are launched; they are identified
as “Left” and “Right” in the application windows. The verification procedures which follow should be done for
both.
Steps Actions Notes

18 Getting Started Guide
1Quick-Start
8Verify the installation aFrom the mouse right-click
menu, select Utility, Virtual
Front Panel. (All
key-presses that follow
refer to the keys shown on
the Virtual Front Panel.)
bPress System, Show,
System.
cVerify that the purchased
application(s) appear in the
list.
•If you require further assistance, contact the Agilent
support team.
Online assistance: http://www.agilent.com/find/assist
9Attach a loopback cable aUse an RF cable to connect
the front panel RF In and
RF Out ports for this
sub-instrument.
•The purpose is to use a loopback cable to verify that
the test set’s source can generate a signal and the test
set’s analyzer can measure it.
10 Generate and view a
signal aPress Input/Output, More,
RF Output & Test Set
Config, RF Output,
RF Output.
bPress AMPTD Y Scale, Ref
Value, 10, dBm.
cPress FREQ, Center Freq,
2.4, GHz.
dPress SPAN X Scale,
Span, 8, MHz.
ePress Source, Frequency,
2.4, GHz.
fPress Source, RF Output,
On.
gPress Source, Amplitude,
RF Power, 0, dBm.
•Select RF Output rather than GPS Output.
•Set the amplitude reference to 10 dBm
•Set the analyzer center frequency to 2.4 GHz.
•Set the analyzer span to 8 MHz.
•Set the source frequency to 2.4 GHz.
•Set the source RF output to On.
•Set the source amplitude to 0 dBm.
•To ensure accurate power levels from the source, see
“Source Level Accuracy" on page 20.
Steps Actions Notes

Quick-Start 1
Getting Started Guide 19
The 2.4 GHz signal appears on the display.
11 If an E6618A Multiport
Adapter will be used, connect
the E6618A hardware.
Procedures for connecting the E6618A Multiport
Adapter to the E6630A Test Set are presented in the
Started Guide for the E6618A.
Steps Actions Notes

20 Getting Started Guide
1Quick-Start
Source Level Accuracy
To ensure accurate power levels from the Vector Signal Generator, two adjustments need
to be run; they are known as Source Alignment and Power Search.
Source Alignment
This alignment is needed when you change the source output frequency, and also when
the instrument’s internal temperature has drifted more than 4 degrees C since the
alignment was last performed (temperature can be checked by sending a SCPI command
(:CAL:TEMP:CURR?).
The alignment is not run automatically by the test set, nor does it run at power-up, nor is
it run in response to System > Alignments > Align Now > All. The alignment must be
called explicitly, as described below. (However, the alignment data is saved and survives
a power cycle.)
To run the source alignment, select System > Alignments > Align Now > Source, or
send the SCPI command :CAL:INT:SOUR. The alignment takes approximately two
seconds to run.
Power Search
The power search feature provides a means to control source power when ALC is off
(which is sometimes needed for burst signals).
To run the source power search, select Source > Amplitude > Do Power Search, or
send the SCPI command :SOURce:POWer:ALC:SEARch. This takes very little time
to run (typically below 1 ms).